p.advance()
print testC(p,"010","1000111","010")
print "A=M;JLT"
p.advance()
print testC(p,"100","1110000","100")
print "D;JGE"
p.advance()
print testC(p,"000","0001100","011")
print "0;JMP"
p.advance()
print testC(p,"000","0101010","111")
print "done testing C====="
print "=====Testing decimalConstantToBinaryString"
binary = Code.decimalConstantToBinaryString("33")
if binary != "000000000100001":
print "Bad conversion. Got:",binary,"Expected: 000000000100001"
binary = Code.decimalConstantToBinaryString("267")
if binary != "000000100001011":
print "Bad conversion. Got:",binary,"Expected: 000000100001011"
print "done testing decimalConstantToBinaryString====="
else:
i += 1
#pass 1
parser.reset()
while parser.hasMoreCommands():
parser.advance()
type = parser.commandType()
if type == "A":
sym = parser.symbol()
#sym is a constant
if ord(sym[0]) >= ord("0") and ord(sym[0]) <= ord("9"):
outFile.write("0" + Code.decimalConstantToBinaryString(sym) + "\n")
#sym is in table
elif symbolTable.contains(sym):
outFile.write("0" + symbolTable.getAddress(sym) + "\n")
#sym is a new var
else:
symbolTable.addVariable(sym)
outFile.write("0" + symbolTable.getAddress(sym) + "\n")
elif type == "C":
d = Code.dest(parser.dest())
c = Code.comp(parser.comp())
j = Code.jump(parser.jump())
outFile.write("111" + c + d + j + "\n")
outFile.close()
